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Detection of Vaccine-Derived Spike Protein Associated with Immune Cell Infiltration in the Heart and Liver: A Report of Two Cases (May 2026)
https://www.mdpi.com/2073-4409/15/11/978
A landmark immunohistochemical study on COVID-19 mRNA vaccines (May 2026)
https://substack.com/home/post/p-199670628
Rapid development of COVID-19 genetic vaccines
Significant concerns
Potential to trigger immune reactions against self-tissues.
This mechanism was first proposed by Dr. Polykretis, who emphasised the necessity of bio-distribution studies to evaluate the risks associated with the spread of vaccine-derived genetic material beyond the injection site
Histopathologically supported analysis
How the synthesis of the vaccine-derived spike protein can trigger autoimmunity beyond the injection site.
Characterised by robust immune cell recruitment.
Delineates a pattern consistent with self-directed immune activity
Including vaccine-associated myocarditis.
Immune-cell infiltration,
triggered by the synthesis of the vaccine-derived spike protein in the myocardium and liver
We provide a detailed characterisation of the process and the immune cells involved,
histopathological findings.
Hepatitis case: An 86-year-old patient, with no known liver disease, who died from decompensated heart failure. The major concomitant condition was chronic obstructive pulmonary disease (COPD). The vaccination history included three doses of the Pfizer/BioNTech vaccine administered in March 2021 (lot number: ER2659 and EZT3674, for the first and second dose, respectively) and November 2021 (lot number: 1F1023A). No documented COVID-19 infection was reported in the medical history.
By ICNDetection of Vaccine-Derived Spike Protein Associated with Immune Cell Infiltration in the Heart and Liver: A Report of Two Cases (May 2026)
https://www.mdpi.com/2073-4409/15/11/978
A landmark immunohistochemical study on COVID-19 mRNA vaccines (May 2026)
https://substack.com/home/post/p-199670628
Rapid development of COVID-19 genetic vaccines
Significant concerns
Potential to trigger immune reactions against self-tissues.
This mechanism was first proposed by Dr. Polykretis, who emphasised the necessity of bio-distribution studies to evaluate the risks associated with the spread of vaccine-derived genetic material beyond the injection site
Histopathologically supported analysis
How the synthesis of the vaccine-derived spike protein can trigger autoimmunity beyond the injection site.
Characterised by robust immune cell recruitment.
Delineates a pattern consistent with self-directed immune activity
Including vaccine-associated myocarditis.
Immune-cell infiltration,
triggered by the synthesis of the vaccine-derived spike protein in the myocardium and liver
We provide a detailed characterisation of the process and the immune cells involved,
histopathological findings.
Hepatitis case: An 86-year-old patient, with no known liver disease, who died from decompensated heart failure. The major concomitant condition was chronic obstructive pulmonary disease (COPD). The vaccination history included three doses of the Pfizer/BioNTech vaccine administered in March 2021 (lot number: ER2659 and EZT3674, for the first and second dose, respectively) and November 2021 (lot number: 1F1023A). No documented COVID-19 infection was reported in the medical history.